TOEI KAISHA, LTD. List of Products and Services

The Sabirex PFA impinger is ideal for strict cleanroom environment evaluations and measurements, such as dust collection in semiconductor manufacturing processes, because all fluid contact parts are molded from PFA. It is designed to collect trace substances suspended in the air by passing them through the liquid inside the PFA impinger using a vacuum pump. Since it is intended to be used as a sampling train by connecting the impingers with tubes, the impinger lid comes with two ports and a ferrule nut. Unlike glass impingers, PFA impingers do not break and are manufactured from high-purity PFA resin, making them virtually inert to most compounds.

• Other laboratory equipment and containers

The Sabirex non-boiling acid purifier DST series reduces the procurement cost of high-purity acids by non-boiling distillation of 1 ppb grade acids used for trace metal analysis by ICP-MS to 10 ppt grade in the pre-preparation stage. All contact parts are molded from PFA, making them compatible with the distillation of hydrofluoric acid (HF), nitric acid (HNO3), and hydrochloric acid (HCl). The distilled acid flows directly into the collection bottle, isolating it from external air and allowing it to be stored in high purity. With a built-in heater and no need for cooling water for condensation, it is compact and easy to install and operate.

• Distillation Apparatus

The Sabirex PFA column container can be configured into a combination container of the desired capacity by combining a cylindrical container with a screw cap, column extension parts, column connectors for connection, and more. It is made from high-purity PFA resin, which eliminates the risk of impurity leaching and is inert to almost all chemical solutions. Due to its excellent liquid release properties, it allows for the complete recovery of samples within the container without loss, making it suitable for applications that require extremely high purity.

• Other laboratory equipment and containers

The Sabirex PFA beaker has a completely flat bottom design that is in close contact with the heat source, providing excellent thermal conductivity, making it suitable for heating on a hot plate. It is made from high-purity PFA resin and is inert to almost all chemical solutions. With excellent heat resistance and chemical resistance, and extremely low leaching of trace elements, it is suitable for the semiconductor industry, pharmaceutical and food research, geological research, and physical and chemical research. Its exceptional liquid release capability allows for the complete recovery of samples within the container without loss.

• Plastic utensils and containers

Tubes manufactured from PFA have strong tensile strength, making them resistant to bending and deformation, and they do not suffer from thermal degradation. On the other hand, straight tubes have limitations in flexibility, so the PFA coil tubes from Sabirex are pre-formed into a coiled shape to accommodate flexible connections. They are made from high-purity PFA resin and are inert to almost all chemical liquids. With excellent heat resistance and chemical resistance, and minimal trace element leaching, they enable contamination-free transfer, making them suitable for high-purity liquid transfer in the semiconductor industry, formulation of pharmaceuticals and food, and various liquid transfers in physical and chemical research.

• tube

PFA tubes have a strong tension, making them resistant to bending and deformation, and they do not suffer from thermal degradation. Due to the characteristics of PFA, there is a limit to its flexibility, and it cannot be bent; therefore, the PFA straight tubes from Sabilex are used for connections between predetermined straight lines. They are manufactured from high-purity PFA resin and are inert to almost all chemical liquids. They excel in heat resistance and chemical resistance, and due to the extremely low elution of trace elements, they allow for contamination-free transfer, making them suitable for high-purity chemical liquid transfer in the semiconductor industry, formulation of pharmaceuticals and food, and various liquid transfers in physical and chemical research.

• tube

The Sabirex PFA union connector is a connector used to connect tubes of the same diameter. It is made from high-purity PFA resin and is inert to almost all chemical solutions. With excellent heat resistance and chemical resistance, and minimal trace element leaching, it enables contamination-free transfer, making it ideal for high-purity liquid transfer in industries such as semiconductors where high-purity fluid transfer is required, as well as for the formulation of pharmaceuticals and food, and various liquid transfers in physical and chemical research.

• Pipe Fittings

The Sabirex PFA panel mount connector is used to connect the inside and outside with a tube by passing it through a mounted hole in a container or lid. It is made from high-purity PFA resin and is inert to almost all chemical liquids. With excellent heat resistance and chemical resistance, and extremely low trace element leaching, it enables contamination-free transfer, making it ideal for high-purity liquid transfer in industries such as semiconductors where high-purity fluids are required, as well as for the formulation of pharmaceuticals and food, and various liquid transfers in physical and chemical research.

• Pipe Fittings

The Sabirex PFA connector is a connector used to attach one side (the screw side) to a container or lid that has been pre-processed for screw joining, and the other side (the nut side) is used to connect to a tube. It is made from high-purity PFA resin and is inert to almost all chemical liquids. With excellent heat resistance and chemical resistance, and extremely low trace element leaching, it enables contamination-free transfer, making it ideal for high-purity liquid transfer in industries such as semiconductors, where high-purity fluid transfer is required, as well as for the formulation of pharmaceuticals and food, and various liquid transfers in physical and chemical research.

• Pipe Fittings

The Sabirex PFA T-joint is a connector used to connect tubes of the same diameter and to split the flow from one direction. It is made from high-purity PFA resin and is inert to almost all chemical liquids. With excellent heat resistance and chemical resistance, and extremely low leaching of trace elements, it enables contamination-free transfer, making it ideal for high-purity liquid transfer in industries such as semiconductors, where high-purity fluid transfer is required, as well as for the formulation of pharmaceuticals and food, and for various liquid transfers in physical and chemical research.

• Pipe Fittings

The Sabillex PFA elbow connector is essentially a right-angle connector used to connect tubes of different or the same diameters, and is utilized when it is necessary to change the angle of high-tension PFA straight tubes. It is manufactured from high-purity PFA resin and is inert to almost all chemical liquids. With excellent heat resistance and chemical resistance, and extremely low trace element leaching, it enables contamination-free transfer, making it ideal for high-purity liquid transfer in industries such as semiconductors, where high-purity fluid transfer is required, as well as for the formulation of pharmaceuticals and food, and for various liquid transfers in physical and chemical research.

• Pipe Fittings

The Sabirex PFA stopcock valve is used to connect tubes or a container (lid) with holes to tubes, controlling the outflow. It is made from high-purity PFA resin (with the plug part made of PTFE) and is inert to almost all chemical liquids. It has excellent heat resistance and chemical resistance, and due to its extremely low elution of trace elements, it enables contamination-free transfer, making it ideal for high-purity liquid transfer in the semiconductor industry, formulation of pharmaceuticals and food, and various liquid transfers in physical and chemical research.

• Pipe Fittings

It supports connections of PFA tubes of the same size and different sizes, as well as T-shaped three-way connections. For flow regulation that does not compromise purity, please use the stopcock made by Sabilex, and for applications that require sealing liquid transfer ports, please use ferrule nuts.

• Plastic utensils and containers

▼8ml is compatible with commercially available 6-hole cases (case sold separately). ▼4ml is compatible with commercially available 12-hole cases (case sold separately). ▼2ml is compatible with commercially available 24-hole cases (case sold separately). Made of high-purity PFA, temperature range: -200℃ to +260℃, autoclavable.

• Other laboratory equipment and containers

SABIREX's PFA dishes are made from high-purity PFA resin, which eliminates the risk of impurity leaching and is inert to almost all chemical solutions, making them suitable for applications that require extremely high purity. Additionally, due to their excellent liquid release properties, it is possible to recover samples from the container without any loss.

• Other laboratory equipment and containers

Savillex's PFA evaporation dishes are PFA products made from high-purity PFA resin, used in applications that require an exceptionally high level of purity, distinguishing them from other companies' PFA products.

• Other laboratory equipment and containers

SABIREX offers PFA sieves used for extracting solids from liquids and for immersing solids in liquids within containers such as jars, as well as PFA ladles used for dispensing chemical solutions. These products are made from high-purity PFA resin and are inert to almost all chemical solutions. They exhibit excellent heat resistance and chemical resistance, and have extremely low leaching of trace elements, making them suitable for the semiconductor industry, pharmaceutical and food research, geological research, and physical and chemical research. Their exceptional liquid release properties allow for the recovery of samples without loss.

• Other laboratory equipment and containers

The Sabirex PFA syringe allows for the collection and dispensing of trace samples without contamination. It is made from high-purity PFA resin and is inert to almost all chemical solutions. With excellent heat resistance and chemical resistance, and minimal trace element leaching, it is suitable for the semiconductor industry, pharmaceutical and food research, geological research, and physical and chemical research. Its exceptional liquid release capability enables the complete recovery of samples within the syringe without loss.

• Other laboratory equipment and containers

The Sabirex PFA funnel is used for applications that require extremely high purity, such as the transfer of high-purity chemical liquids and the transfer of liquid samples for environmental surveys. It is made from high-purity PFA resin and is inert to almost all chemical solutions. With excellent heat resistance and chemical resistance, and minimal leaching of trace elements, it is suitable for the semiconductor industry, pharmaceutical and food research, geological research, and physical and chemical research. Its exceptional liquid release capability allows for the complete recovery of samples from within the container without loss.

• Other laboratory equipment and containers

Used for high-purity dispensing with a single pipette.

• Other laboratory equipment and containers

The Sabirex PFA tray is ideal for storing solids and semi-solids that need to avoid contamination from the leaching of impurities. Made from high-purity PFA resin, PFA products are used in applications that require an exceptionally high level of purity, distinguishing them from other companies' PFA products.

• Other laboratory equipment and containers

The Sabirex PFA pot has a high thermal conductivity due to its complete flat-bottom design, which closely adheres to the heat source and excels in heat conduction, making it suitable for heating on hot plates. It is manufactured from high-purity PFA resin and is inert to almost all chemical solutions. With excellent heat resistance and chemical resistance, and extremely low leaching of trace elements, it is suitable for the semiconductor industry, pharmaceutical and food research, geological research, and physical and chemical research. Its exceptional liquid release capability allows for the complete recovery of samples within the container without loss.

• Other laboratory equipment and containers

■ Provides safe and rapid eye washing in case of chemical exposure. ■ The main body is assembled with sturdy parts to withstand emergency use. ■ Available in two types: single head (for one eye) and double head (for both eyes). ■ Lever with a lock function that keeps water flowing even after releasing the grip. ■ Rubber head that cushions the impact when hurriedly placed against the face during eye washing. ■ Head cover to prevent contamination (automatically opens under water pressure during eye washing). ■ Comes with a silicone hose covered with stainless steel. ■ Wall and tabletop brackets can be installed on both walls and tabletops. ■ Water flow rate: 7 liters/minute/head, with backflow prevention feature. ■ Compliant with DIN EN standard 15154-2:2006 and ANSI Z358.1-2009.

• others

■Saves time and cost Unlike water baths, there is no evaporation of water, and there is no risk of dry burning even when the power is on, which also saves warm-up time. You are freed from tedious tasks such as removing water, adding water, replenishing, cleaning, and wiping off water droplets. ■Always clean and contamination-free By keeping the beads dry, there is no concern about microbial growth, and there is no risk of contamination like with water baths. This reduces the need for cleaning the tank and eliminates unnecessary anxiety about contamination. ■Heating possible regardless of container shape Since it uses beads, there is no need to change blocks for each container. Unlike water baths, containers do not float, and supports are not required. Heating is possible regardless of container shape, including loosely covered containers like petri dishes and 96-well plates. ■Environmentally friendly Unlike constant temperature water tanks, there is no evaporation of water, which reduces power consumption. The aluminum used for the bead material is made from recyclable materials.

• Thermostatic water bath

The microwave sample decomposition vessel is a pressure-resistant container that combines a metal pressure-resistant jacket with a unique slit section and a highly solvent-resistant PFA vial, allowing for direct microwave irradiation to decompose samples in a short time. Additionally, changes in the sample's color, bubbles, and vapor can be observed from the outside through the slit section. Since it can also be used in a household microwave, it significantly reduces the cost and time required for sample decomposition. A 30ml PFA vial from Sabilex is included.

• Other laboratory equipment and containers

400W Class Mercury Lamp Replacement LED This is an LED lighting fixture that can be used simply by removing the current mercury lamp and installing it. - 80% reduction in power consumption compared to mercury lamps - No special installation required; can be exchanged with the current mercury lamp - Integrated design of the light-emitting part and power supply - Lens replacement allows for selection of 40, 60, 80, or 120-degree beam angles - Long lifespan = LED lifespan of 50,000 hours

• others

■ Four types: red, blue, green, and yellow. ■ Compact palm-sized design, weighing 200g. ■ Built-in 16 LEDs with 1000m visibility. ■ 9 lighting patterns + 1 (central LED illumination). ■ Waterproof design allows for use in rainy conditions (IP67). ■ Buoyant, can float on water while illuminating. ■ Pressure-resistant and shock-absorbing, can withstand a 3-ton vehicle. ■ Strong magnet on the back for secure attachment to metal surfaces. ■ Can charge 1 to 5 units simultaneously using a carry case. ■ Can be charged using both an outlet and a cigarette socket.

• Work Light

**Main Features** ■ Sleeve cuff system enabling delicate work The highly elastic latex cuffs fit snugly around the arms, allowing direct insertion into the chamber, significantly improving work precision and efficiency. ■ Oxygen removal in the sleeve before work begins At the start of work, any remaining oxygen in the sleeve is extracted using a foot pedal to ensure anaerobic conditions. ■ Palladium catalyst cartridge that removes even trace amounts of oxygen Any small amount of oxygen that enters at the start of work is processed through a condensation control function by reacting with hydrogen in the chamber and palladium to form water vapor. ■ Arm port door ensuring chamber sealing A door that seals the arm port from the inside of the chamber is included for when work is paused. The door has an O-ring that tightly fits the opening, allowing for anaerobic conditions to be maintained. ■ Separate culture chamber creating a comfortable workspace The culture chamber, which can be stored at temperatures from room temperature +5°C to 70°C, is separated by a door. This prevents the temperature of the workspace from rising, allowing for comfortable work and stable culture. ■ Airlock allowing safe and large-scale entry A spacious airlock that can quickly achieve anaerobic conditions via the control panel allows for the safe and large-scale entry of samples and supplies.

• Draft chamber

■Maximum heat resistance temperature: +400℃ (not an insulation performance). ■Zetex gloves made from silica fiber processed with aramid. ■High cut resistance that does not get damaged when rubbed against sharp objects. ■Available in two types: five-finger glove type and mitten type with connected fingers. ■Gloves can grasp large objects. ■Mittens can be used without distinguishing between left and right. ■Product design allows for easy removal by simply waving the arm in an emergency. ■Non-asbestos. ■The inside is processed with a wool cushion layer. ■Manufactured by Newtex, a U.S. company specializing in heat-resistant fibers. *Designed for very short-term heat-resistant work. *Prolonged exposure to high heat may cause the inner wool layer to burn. *Wearing leather gloves or similar on the inside is recommended.

• Work gloves

■Easy to carry and fatigue-free lightweight design. ■High: 550 lumens / Low: 275 lumens. ■Maximum reach distance: 600m, LED color: white. ■Three modes: High, Low, and Flash. ■Automatic ON function during power outages (when connected to power). ■Easy to charge with USB cable. ■Can charge smartphones using the main battery. ■High visibility fluorescent color that stands out in dark places. ■Rubber processing absorbs shock from falls (fall limit: 1.5m). ■Lithium-ion rechargeable battery that is hard to discharge. ■Includes wall mount holder and shoulder strap. ■Dustproof and waterproof: IP54, can be placed vertically or horizontally.

• Work Light

■ Sleeve cuff system enabling delicate work The highly elastic latex cuffs fit snugly around the arms. This allows the arms to be directly inserted into the chamber, significantly improving work precision and efficiency. ■ Oxygen in the sleeve is removed before work begins At the start of work, any remaining oxygen in the sleeve is extracted using a foot pedal to ensure anaerobic conditions. ■ Palladium catalyst cartridge that removes even trace amounts of oxygen Any trace amounts of oxygen that enter at the start of work are processed through condensation control by reacting with hydrogen and palladium inside the chamber to form water vapor. ■ Arm port door ensuring chamber sealing A door that seals the arm port from the inside of the chamber is included for when work is paused. The door has an O-ring that tightly fits the opening, allowing for the maintenance of anaerobic conditions. ■ Separated culture chamber creating a comfortable work space The culture chamber, which can be stored at temperatures from room temperature +5°C to 70°C, is separated by a door. This prevents the temperature of the work space from rising, allowing for comfortable work and stable culturing. ■ Air lock allowing for safe and ample entry A spacious air lock that can quickly create anaerobic conditions via the control panel allows for the safe and ample entry of samples and supplies.

• Draft chamber

■ Sleeve cuff system enabling delicate work The latex cuffs, which excel in elasticity, fit snugly around the arms. This allows the arms to be directly inserted into the chamber, significantly improving work precision and efficiency. ■ Oxygen in the sleeve is removed before work begins At the start of work, the oxygen remaining in the sleeve is extracted using a foot pedal to ensure anaerobic conditions. ■ Palladium catalyst cartridge that removes even trace amounts of oxygen Any trace amounts of oxygen that enter at the start of work are processed through condensation control by reacting with hydrogen and palladium inside the chamber to form water vapor. ■ Arm port door ensuring chamber sealing A door is included that seals the arm port from the inside of the chamber during work breaks. The door has an O-ring that fits tightly against the opening, allowing for the maintenance of anaerobic conditions. ■ Separate culture chamber creating a comfortable workspace The culture chamber, which can be stored at temperatures ranging from room temperature +5°C to 70°C, is separated by a door. This prevents the temperature of the workspace from rising, allowing for comfortable work and stable culture conditions. ■ Airlock allowing for safe and large-scale entry There is a spacious airlock that can quickly achieve anaerobic conditions via the control panel, enabling the safe and large-scale entry of samples and supplies.

• Draft chamber

■ Sleeve cuff system enabling delicate work The highly elastic latex cuffs fit snugly around the arms. This allows the arms to be inserted directly into the chamber, significantly improving work precision and efficiency. ■ Oxygen in the sleeve is removed before work begins At the start of work, any remaining oxygen in the sleeve is extracted using a foot pedal to ensure anaerobic conditions. ■ Palladium catalyst cartridge that removes even trace amounts of oxygen Any trace amounts of oxygen that enter at the start of work are processed through condensation control by reacting with hydrogen and palladium inside the chamber to form water vapor. ■ Arm port door ensuring chamber sealing A door that seals the arm port from the inside of the chamber is included for when work is paused. The door has an O-ring that fits snugly against the opening, allowing for the maintenance of anaerobic conditions. ■ Separate culture chamber creating a comfortable workspace The culture chamber, which can be stored at temperatures ranging from room temperature +5°C to 70°C, is separated by a door. This prevents the temperature of the workspace from rising, allowing for comfortable work and stable culture conditions. ■ Airlock allowing for safe and ample entry There is a spacious airlock that can quickly create anaerobic conditions via the control panel, enabling the safe and ample entry of samples and supplies.

• Draft chamber

■Reproduction of Hypoxic Environments Precise control of oxygen levels from 1% to 20% and carbon dioxide levels from 1% to 20% is possible for microaerophilic microbiology and hypoxic tissue/cell culture. ■Sleeve Cuff System Enabling Delicate Work The highly elastic latex cuff fits snugly around the arm, allowing the arm to be placed directly inside the chamber, significantly improving work precision and efficiency. ■Separated Culture Chamber Creating a Comfortable Work Space The culture chamber, which can store samples at temperatures from room temperature +5°C to 70°C, is separated by a door. This prevents the temperature of the work space from rising, allowing for comfortable work and stable culture conditions. ■Air Lock for Safe and Large Sample Transfer A spacious air lock that can quickly create an anaerobic environment via the control panel allows for the safe and large transfer of samples and supplies.

• Draft chamber

■Save time and costs Unlike water baths, there is no evaporation of water, and there is no risk of dry burning even when the power is on, allowing for savings in warm-up time. You are also freed from tedious tasks such as removing water, adding water, replenishing, cleaning, and wiping off water droplets. ■Always clean and contamination-free By keeping the beads dry, there is no concern about microbial growth, and there is no risk of contamination like with water baths. This reduces the need for cleaning the tank and eliminates unnecessary anxiety about contamination. ■Heating possible regardless of container shape Since it uses beads, there is no need to change blocks for each container. Unlike water baths, containers do not float, and supports are unnecessary. Heating is possible regardless of container shape, whether it’s a loosely covered container like a petri dish or a 96-well plate. ■Environmentally friendly Unlike constant temperature water tanks, there is no evaporation of water, which reduces power consumption. The aluminum used for the bead material is made from recyclable materials.

• Thermostatic water bath

■ Mini dry bath using an aluminum bead block A compact dry bath that can be used in combination with a bead box that can be filled with aluminum beads, allowing you to remove the entire block while keeping the heated container warm with the beads. ■ Save time and costs Unlike a water bath, there is no evaporation of water, and there is no risk of dry burning even when the power is on, which saves warm-up time. You are also freed from tedious tasks such as removing water, adding water, replenishing, cleaning, and wiping off water droplets. ■ Always clean and contamination-free By keeping the beads dry, there is no concern about microbial growth, and there is no risk of contamination like with a water bath. ■ Can be heated regardless of container shape Since it uses beads, there is no floating of the container like in a water bath, and no support is needed. Small containers can be heated regardless of their shape. ■ Environmentally friendly Unlike constant temperature water baths, there is no evaporation of water, which reduces power consumption.

• Thermostatic water bath

■Can be used by filling with aluminum beads The cooled beads can be filled in a bucket and used as a cooling and insulation container. ■Can be used in conjunction with frozen chill packs Place frozen chill packs and beads inside the chill bucket to maintain a cooling state. Two chill packs can maintain a temperature of up to 8°C for 8 hours. Dry ice can be used as a substitute for chill packs. ■Available for purchase in various combinations, such as chill bucket only, chill pack only, or chill bucket set.

• Thermostatic water bath

■Uses aluminum beads for filling It has excellent thermal insulation properties, maintaining the temperature of samples and reagents taken out of bead dry baths, cooling buckets, or refrigerators. It can also provide insulation for heated containers, in addition to cooling and warming.

• Thermostatic water bath

■Can be used filled with aluminum beads. ■Can be used in refrigerators, incubators, and ovens. ■Serves the role of temperature maintenance that cannot be achieved with racks, reducing temperature fluctuations of samples.

• Thermostatic water bath

■The exhaust port above removes contaminants and moisture from the furnace, extending the lifespan of the heating element. ■The open-type heating element enables rapid heating. ■Programs for heating, temperature holding, and temperature gradients are possible. ■A ceramic chamber that enhances energy efficiency and has excellent thermal efficiency. ■Displays actual temperature and set temperature on a dual display. ■Equipped with a safety door function that stops power supply to the heating element when the door is opened. ■Features a thermocouple protection function that stops power supply to the heating element to prevent runaway conditions. ■The door that is pulled down can be used as a temporary shelf. ■A port for measuring the internal temperature of the furnace is located on the back. (φ0.8cm)

• Industrial Furnace

The Shell Lab CO2 incubator is used in various institutions such as the pharmaceutical industry, medical facilities, and university laboratories for research in tissue culture and cell preservation. It also contributes to regenerative medicine, such as iPS cell research.

• others

The Shell Lab CO2 incubator is used in various institutions such as the pharmaceutical industry, medical facilities, and university laboratories for research in tissue culture and cell preservation. It also contributes to regenerative medicine, such as iPS cell research.

• incubator

The Shell Lab CO2 incubator is used in various institutions such as the pharmaceutical industry, medical facilities, and university laboratories for research in tissue culture and cell preservation. It also contributes to regenerative medicine, such as iPS cell research.

• incubator

The Shell Lab CO2 incubator is used in various institutions such as the pharmaceutical industry, medical facilities, and university laboratories for research in tissue culture and cell preservation. It also contributes to regenerative medicine, such as iPS cell research.

• others

It is possible to use tap water in the water jacket. The Shell Lab CO2 incubator is used in various institutions such as the pharmaceutical industry, medical facilities, and university laboratories for research in tissue culture and cell preservation. It also contributes to regenerative medicine, such as iPS cell research.

• incubator